Single Phase transformer

The vertical model takes up a very small area of the installation base and thus is suited to places where installation area is a constraint. 

 

This structure can also be used for chokes.

We generally manufacture laminated transformers with two winding sections to give us the best possible electrical safety. The transformers are CE approved and fulfil European electrical safety regulations. 

 

The horizontal model is suited for places where height is constrained.

We generally manufacture laminated transformers with two winding sections to give us the best possible electrical safety. The transformers are CE approved and fulfil European electrical safety regulations. This model takes 20% more space than the vertical model but is the same amount lower. 

 

This structure can also be used to produce chokes.

Casings are made of zinc plated steel and inside is an ME type transformer. Other types of transformers can also be placed in cases as well as fuses or circuit breakers. These casings are intended for fixed mounting. 

 

In order to achieve the best electrical safety, we usually manufacture encapsulated transformers with two winding sections. The transformers are CE approved and fulfil European electrical safety regulations.

These casings are heat resistant plastic and the removable cover has a gasket seal. The casings have precut voids for feed-through fittings. The casings can be equipped with splash resistant fuse holders and circuit breakers. 

 

This structure automatically achieves double isolation since the case is an insulator. 

 

In order to achieve the best electrical safety, we usually manufacture encapsulated transformers with two winding sections. The transformers are CE approved and fulfil European electrical safety regulations.

These single phase transformers are of so called UI structure, which yields a more economical and lighter result than EI transformers in larger power classes. Transformers can be made in single or double winding types or as auto-transformers. 

 

This structure can also be used for chokes. The vertical model takes little mounting space but requires more vertical clearence.

These transformers are designed for temperature class F or H to minimize the weight. The transformer’s protective structure is made of H class insulation materials with built-in air channels making it possible to have very powerful cooling if the device can be equipped with forced air circulation. 

 

This structure can also be used for chokes for various purposes.

 

These transformers are designed for temperature class F or H to minimize the weight. The transformer’s protective structure is made of H class insulation materials with built-in air channels making it possible to have very powerful cooling if the device can be equipped with forced air circulation. 

 

This structure can also be used for chokes for various purposes.

These transformers are designed for temperature class F or H to minimize the weight. The transformer’s protective structure is made of H class insulation materials with built-in air channels making it possible to have very powerful cooling if the device can be equipped with forced air circulation. 

 

It is technically same as the PU type but it is encased in IP 23 standard steel casing. Standard colour RAL 7035. 

 

This structure can also be used for chokes for various purposes.

These transformers are designed for temperature class F or H to minimize the weight. The transformer encapsulation structure is made of H class insulation materials with built-in air channels. Because of the tight shell structure, these transformers are heavier than IP23 models of the same power rating. 

 

The case is either painted steel, standard colour RAL 7053, or unpainted stainless steel to fit into even harsh operating conditions.